摘要
面对不同飞行任务需携带的维修保障设备需求也不同,针对该问题,定性分析3种飞行任务并总结出3种维修保障设备的类型;根据飞机维修过程建立排队系统,通过维修任务需求给出3个评价指标对排队系统进行约束,得到所需的维修保障设备数量;最终建立熵权法-TOPSIS评估模型并运用Matlab工具对方案进行评估,选出最优维修保障设备携行配置方案。
In view of the problem that maintenance support equipment required are different for different requirements of flight missions,three kinds of flight missions are qualitatively analyzed and three types of maintenance support equipment are summarized,and the queuing system is established according to the aircraft maintenance process.Through the maintenance task requirements,three evaluation indexes are given to restrict the queuing system,and the number of required maintenance support equipment is obtained.Finally,the entropy weight-TOPSIS evaluation model is established and the Matlab tool is used to evaluate the scheme,and the optimal maintenance support equipment carrying configuration scheme is selected.
出处
《科技创新与应用》
2022年第22期132-136,共5页
Technology Innovation and Application
基金
空装重点项目(KJ2019A030138)。
关键词
维修保障设备
携行
排队系统
评估模型
maintenance support equipment
carrying
queuing system
evaluation model
